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Time-dependent lead-lag relationship between the onshore and offshore Renminbi exchange rates

Hai-Chuan Xu, Wei-Xing Zhou and Didier Sornette
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Hai-Chuan Xu: ECUST
Didier Sornette: ETH Zurich

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Abstract: We employ the thermal optimal path method to explore both the long-term and short-term interaction patterns between the onshore CNY and offshore CNH exchange rates (2012-2015). For the daily data, the CNY and CNH exchange rates show a weak alternate lead-lag structure in most of the time periods. When CNY and CNH display a large disparity, the lead-lag relationship is uncertain and depends on the prevailing market factors. The minute-scale interaction pattern between the CNY and CNH exchange rates change over time according to different market situations. We find that US dollar appreciation is associated with a lead-lag relationship running from offshore to onshore, while a (contrarian) Renminbi appreciation is associated with a lead-lag relationship running from onshore to offshore. These results are robust with respect to different sub-sample analyses and variations of the key smoothing parameter of the TOP method.

Date: 2018-03
New Economics Papers: this item is included in nep-mon
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Published in Journal of International Financial Markets, Institutions & Money 49, 173-183 (2017)

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